Files
reno-petclinic-1/docs/migration-plan.md
demo-bot 033bc15289
All checks were successful
Build and Publish TechDocs / build-and-publish (push) Successful in 1m28s
feat: modernize application — source, platform artifacts, CI/CD
- chore: ingest source code

112 files from https://github.com/spring-projects/spring-petclinic
- feat: add platform deployment artifacts
- feat: add CI/CD workflow automation
2026-08-03 02:34:52 +00:00

1.6 KiB

Modernization Plan for reno-petclinic-1

Application Type

Java Application

Selected Modernization Strategy

  • Migration Approach: containerize-optimize
  • Target Platform: orchestrator
  • Observability: ENABLED (Prometheus metrics, health checks, tracing)
  • Security Scanning: ENABLED (Trivy vulnerability scanning)

Discovery Summary

Discovery Report

Application Overview

The application appears to be a Java-based project using the Spring framework. It includes both Maven and Gradle build files (pom.xml, build.gradle), suggesting compatibility with both build systems. The presence of Spring Boot dependencies indicates it is a Spring Boot application.

Technology Stack

  • Language: Java
  • Framework: Spring Boot
  • Build Tools: Maven and Gradle
  • Database: H2 (in-memory), MySQL, PostgreSQL
  • **F...

Generated Artifacts

  1. Dockerfile: Optimized with health checks and metrics endpoints
  2. score.yaml: Platform intent with service ports and DNS resource
  3. CI Workflow: Automated build/push to ACR with Trivy security scanning

Next Steps

  1. Review and customize generated artifacts
  2. Test container build and run
  3. Deploy to development environment using score.yaml
  4. Validate application functionality
  5. Promote to staging/production via Humanitec

Migration Strategy Details

Containerize Optimize

Add cloud-native patterns: health checks, metrics, optimized base images.

Platform: orchestrator

score.yaml optimized for Azure Container Apps with managed scaling and Azure-specific configuration.